Crimaldi, Irene LOUIS, Pierre-Yves Minelli, Ida
Rich get richer rule comforts previously often chosen actions. What is happening to the evolution of individual inclinations to choose an action when agents do interact ? Interaction tends to homogenize while each individual dynamics tends to reinforce its own position. Interacting stochastic systems of reinforced processes were recently considered...
ROUX, Jérôme Bez, Nicolas Rochet, Paul Joo, Rocío Mahévas, Stéphanie
Graph models are standard tools for representing mutual relationships between sets of entities. In most scientific fields, graph have been used to study the organisation of large group of entities with a small number of connections (e.g. social media relationships, infectious disease spread). A few years ago, the Graphlet Correlation Distance (GCD)...
Abry, Patrice Fort, Gersende Pascal, Barbara Pustelnik, Nelly
Monitoring the evolution of the Covid19 pandemic constitutes a critical step in sanitary policy design. Yet, the assessment of the pandemic intensity within the pandemic period remains a challenging task because of the limited quality of data made available by public health authorities (missing data, outliers and pseudoseasonalities, notably), that...
Stratigakos, Akylas Michiorri, Andrea Kariniotakis, Georges
Short-term forecasting is key to the safe, reliable, and economic operation of modern power systems. As the majority of modern forecasting tools are purely data-driven, their performance relies heavily on the quality and availability of data. In this work, we examine forecasting when a subset of features used during model training becomes unavailab...
Watson, Victor Septier, François Armand, Patrick Duchenne, Christophe
International audience
Ledur, Sylvain Molinier, Robin Sossan, Fabrizio Alais, Jean-Christophe El Alaoui Faris, Moulay Driss Kariniotakis, Georges
As the share of variable renewable energy sources in the electricity generation mix increases, so does the need for power system flexibility. Demand side flexibility has been identified as a great opportunity to facilitate the integration of this volatile production. An important part of demand side flexibility is the modulation of the consumption ...
Parginos, Konstantinos Kariniotakis, George Bessa, Ricardo Camal, Simon
Standard practice of decision-making in energy systems relies largely on complex modeling chains to address technical constraints and integrate numerous sources of uncertainty. The increased penetration of Renewable Energy Sources (RES) such as wind and photovoltaic plants adds complexity due to the weather dependency of their electricity productio...
Santosuosso, Luca Camal, Simon Giorgio, Alessandro Di Liberati, Francesco Michiorri, Andrea Kariniotakis, George
For a large-scale integration of renewable energies, renewable power plants are called to give their contribution in the provision of ancillary services. To this aim, an effective control strategy is required to accommodate in real-time the needs of the electricity system. Among the control algorithms proposed in the literature, Model Predictive Co...
van der Meer, Dennis Camal, Simon Kariniotakis, George
Spatially aggregating renewable power plants is beneficial when participating in electricity markets. In this context, a substantial number of features is available from various data sources. In machine learning, feature selection is common so as to relieve the curse of dimensionality and avoid overfitting. However, there is no guarantee that the s...
Camal, Simon Kariniotakis, George
The Horizon2020 Smart4RES project develops forecasting and optimization solutions for the operation of Renewable Energy Sources (RES) and their application in electricity market trading and grid management. As a follow-up of the Poster presented in 2021, this poster presents the latest solutions developed in Smart4RES that intend to cover a large s...